PubMed · 13507349
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J A HOLT. 1958. Adenoidectomy under visualization.. https://pubmed.ncbi.nlm.nih.gov/13507349/
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OBJECTIVE: To compare the efficacy of adenoidectomy in children with Down syndrome and control patients. METHODS: Medical records were reviewed for preoperative symptoms, ear complaints, date and reason for adenoidectomy, and postoperative symptoms in 27 children (mean age, 6.0 years; range, 1.6-14.5 years) with Down syndrome and 53 age- and sex-matched controls who had adenoidectomy between January 1978 and September 1997. Long-term follow-up was aided by telephone interviews. Improvement in nasal and middle ear symptoms after adenoidectomy was calculated as the percentage of patients symptom-free postoperatively among those with symptoms preoperatively. RESULTS: After adenoidectomy, more controls than patients with Down syndrome had improvement in symptoms, including nasal obstruction (86.7% versus 50.0%; P=0.005); snoring (73.2% versus 40.9%; P=0.01); mouth breathing (84.1% versus 40.9%; P<0.001); and middle ear disease (68.0% versus 23.1%; P<0.001). Patients with Down syndrome were 7.7 times (95% confidence interval, 2.3-25.3) more likely to have chronic ear drainage after adenoidectomy. CONCLUSIONS: The results of the study suggest that the efficacy of adenoidectomy in children with Down syndrome is significantly less than that in controls and should influence surgical decision making in these children.
PURPOSE: To report a case of iatrogenic open globe eye injury occurring during endoscopic sinus surgery. DESIGN: Case report and literature review. METHODS: A 10-year-old boy presented with periorbital swelling and subconjunctival hemorrhage of the left eye following bilateral nasal adenoidectomy. Funduscopic examination showed evidence of a full-thickness open globe injury at the equator in the inferior nasal midperiphery. RESULTS: The injury most likely was secondary to inadvertent perforation of the lamina papiracea with entrance into the orbit and subsequent penetration of the globe. CONCLUSION: Sinus surgery has been reported previously in association with severe orbital complications. We are unaware of previous reports of open globe injury following sinus surgery.
OBJECTIVE: Obstructive sleep apnea (OSA) in children is usually effectively treated by adenotonsillectomy (T&A). However, there may be a waiting list for T&A, and the procedure is associated with an increased risk of postoperative complications in children with OSA. Needed is a simple test that will facilitate logical prioritization of the T&A surgical list and help to predict children who are at highest risk of postoperative complications. The objective of this study was to develop and validate a severity scoring system for overnight oximetry and to evaluate the score as a tool to prioritize the T&A surgical list. METHODS: This study comprised 3 phases. In phase 1, a severity score was developed by review of preoperative overnight oximetry in children who had urgent T&A in 1999-2000. In phase 2, the score was validated retrospectively in 155 children who had polysomnography (PSG) before T&A in 1992-1998. In a phase 3, a 12-month prospective evaluation of a protocol based on the score was conducted. RESULTS: In phase 1, a 4-level severity score was developed on the basis of the number and the depth of desaturation events (normal to severely abnormal, categories 1-4). In phase 2, the McGill oximetry score correlated with severity of OSA by PSG criteria. In phase 3, a clinical management protocol was developed based on the score. Of 230 children tested, 179 (78%) had a normal/inconclusive oximetry (category 1) and went on to have PSG. Those with a positive oximetry (categories 2-4; 22%) had no additional sleep studies before T&A. Timing of T&A was based on oximetry score, leading to a significant reduction in waiting time for surgery for those with higher oximetry scores. Postoperative respiratory complications were more common with increasing oximetry score. CONCLUSIONS: Overnight pulse oximetry can be used to estimate the severity of OSA, to shorten the diagnostic and treatment process for those with more severe disease, and to aid clinicians in prioritization of T&A and planning perioperative care.